Electric Fuel Pumps

0580254044 Electric Fuel Pump Audi BMW Porsche Volvo 0580254909

Model: SKKFS0054

UPC: 0580254044

Shipping Weight: 2lbs

Manufactured by: Aftermarket

Price:
$89.95

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Details:

Direct replacement for the OE/Alternate part numbers indicated below. Fits Audi, Bentley, BMW, Ferrari, Peugeot, Porsche 911, 924, 928, 911 Carrera, Rolls Royce, VW, Volvo and many other vehicles. Please make sure you are purchasing correct part by cross-checking indicated OE reference numbers (codes) against the number(s) found on your current unit. If you can't locate part numbers, prior to ordering we suggest you to contact local dealership or ask your mechanic.

!!! IMPORTANT: YOU MUST CROSS-CHECK OE REFERENCE PART NUMBERS PRIOR TO ORDERING THIS PART. THE NUMBER FOUND ON YOUR OLD UNIT SHOULD MATCH AGAINST AT LEAST ONE NUMBER INDICATED BELOW. IF YOU DO NOT SEE YOUR NUMBER LISTED HERE, PLEASE DO NOT BUY! THE LIST OF MAKES/MODELS PRESENTED FOR THE REFERENCE ONLY AND SHOULD NOT BE YOUR GUIDE TO FIND COMPATIBILITY !!!

In many modern cars the fuel pump is usually electric and located inside of the fuel tank. The pump creates positive pressure in the fuel lines, pushing the gasoline to the engine. The higher gasoline pressure raises the boiling point. Placing the pump in the tank puts the component least likely to handle gasoline vapor well (the pump itself) farthest from the engine, submersed in cool liquid. Another benefit to placing the pump inside the tank is that it is less likely to start a fire. Though electrical components (such as a fuel pump) can spark and ignite fuel vapors, liquid fuel will not explode (see explosive limit) and therefore submerging the pump in the tank is one of the safest places to put it. In most cars, the fuel pump delivers a constant flow of gasoline to the engine; fuel not used is returned to the tank.

List of models presented for reference only, in order to determine compatibility please refer to the OE Manufacturer's codes indicated above and cross-check with the codes found on your current unit.